A phosphorescence-based flexible optical temperature-sensing skin was developed for
temperature sensing in intelligent bionic robots and automated medical treatment. 4, 4 …

In this article, the optimization of printing properties on a new, flexible ceramic substrate is
reported for sensing and antenna applications encompassing internet of things (IoT) …

In this study, Raman mapping technique was developed to realize surface chemical imaging
of single pulverized coal particles on a micron scale. Heterogeneity and its evolution during …

In this study, we succeed to synthesize the lanthanum titanate (LTO) flexible self-supporting
film, and the flexible electrode based on the self-supporting film as active material were also …

The decay time of phosphorescence is often used to measure temperature since it is
considered to be unaffected by factors other than temperature. However, in recent years …

The aim of the present work is to extend the temperature range of phosphor thermometry as
a diagnostic tool using the protective properties of thin flexible ceramic strips of Yttrium …

Described here is an investigation into the effects of excitation pulse duration on the
temporal character of luminescence of three characteristic thermographic phosphors: Mg 4 …

Solid solutions of oxysulfides (RE 0.95 Ln 0.05) 2 O 2 S (RE= La, Y; Ln= Ho, Tm) were
obtained by hydrogen reduction of the co-precipitated sulfates followed by sulfidation of the …

Based on the fact that it is challenging for the polymer flexible circuit substrates to meet the
requirements of serving in high-temperature environments, this work proposed the idea of …

Detecting structural damage in the form of geometrical defects in materials that operate
under extreme conditions or serve as critical structural components is essential. In this work …